A flask with a capillary tube is filled with water at room temperature. When it is kept in boiling water for sufficiently long time water overflows. Does the amount of overflow of water depend on atmospheric pressure?

A flask with a capillary tube is filled with water at room temperature

1.	A flask with a capillary tube is filled with water at room temperature. When it is kept in boiling water for sufficiently long time water overflows. Does the amount of overflow of water depend on atmospheric pressure?
Answer» Solution :Yes, since the boiling point changes with ATMOSPHERIC PRESSURE and the EXPANSION depends on the DIFFERENCE between the boiling point and the INITIAL temperature.